Driving advanced infrastructure and system improvements for LinkedIn's Knowledge Marketplace. Technical lead for our unconnect infrastructure to enhance feed diversity and scalability. Spearheaded the development of backend systems used for the themed videos architecture and our unconnect traffic control system, achieving significant improvements in content delivery and system efficiency.

Past work:

• Leading efforts to improve the discoverability and engagement of LinkedIn Online Events

• Lead the engineering efforts for a specialized team at LinkedIn that was put together to works with products across the entire company to help them achieve their mission. Our first focus was improving the acquisition funnel for LinkedIn Groups

• Lead a cross-functional tiger team that grew usage of LinkedIn Teammates by 10x

• Tech lead of LinkedIn's Kudos

• Designed and implemented backend for LinkedIn Celebrations

• Teacher of the Engineering Bootcamp for new hires

• Worked on a platform to add virality to notifications

• Developed new member to member notifications (Meet New Hire, Company Exit Anniversary, Connection Anniversary, Most Popular Post in your Network)

• Pitched, developed and marketed the official LinkedIn Chrome Extension

• Came up with a hackday project that displays a dashboard of key top line metrics in an easy to read format for displaying on a TV. Adopted by multiple teams.

Founding member and current project lead of Cadence’s embedded software debugger

• Supports debugging and coverage analysis of embedded C/C++ software

Designed and implemented a distributed computing solution for Cadence’s Incisive Enterprise Simulator to substantially speed up mixed language simulation (SystemC and Verilog)

Cadence’s GDB expert - solely responsible for Cadence’s SystemC enhanced version of GDB

Part of a small team that created a fully featured embedded software symbolic debugger developed for Cadence's Virtual System Platform (VSP) (2012 ACE Award winner for Software of the Year). A multi-year project that debugs heterogeneous multi-core systems that can consist of a combination of ARM's Cortex-M and Cortex-A series and Imperas' OVP processors.

Developer of the infrastructure to support SystemC and embedded software debugging for Cadence's Simvision used for debugging both hardware and embedded software together under an unified interface.